11/18/2024 9:31 a.m.
https://cablematic.com/en/products/pce-as1-germ-collector-PC109/
https://cablematic.com/en/products/pce-as1-germ-collector-PC109/
PCE-AS1 Germ Collector
PCE-AS1 Germ Collector
REF: PC109
Specifications
- Air germ collector for microbiological contamination control.
- Ideal for the pharmaceutical industry, food and beverage manufacturing, hospitals, cosmetics industry and environmental measurements.
- Based on the impaction principle, with standard Petri dishes.
- 99 memory spaces for 2,000 measurements, with date, time and volume.
- Sterilizable sampling head.
PVP
€3,645.72
Price including VAT:
€3,645.72
PVD
€3,394.34
PVP: Retail price.
Check conditions.
PVP: Sale price to distributors.
Check conditions.
2 yearswarranty
14 daysreturns
100%safe
We will notify you when it is back in stock.
Specifications
- Air germ collector for microbiological contamination control.
- Ideal for the pharmaceutical industry, food and beverage manufacturing, hospitals, cosmetics industry and environmental measurements.
- Based on the impaction principle, with standard Petri dishes.
- 99 memory spaces for 2,000 measurements, with date, time and volume.
- Sterilizable sampling head.
Related products
More info
The germ collector is a device used for the control of microbiological contamination in various fields of production, such as the pharmaceutical, food and cosmetic industries and in environmental measurements. Its main function is to quantify the microorganism colonies present in samples using the impaction principle, in which the microorganisms are directly collected in a Petri dish filled with agar. It is characterized by its compact and manageable design, which makes it easy to use, and has a backlit LCD screen for viewing. In addition, it has 99 memory spaces for storing the configured parameters, and can store up to 4000 values with date, time and volume, which allows easy reproduction of the results. One of the advantages of the germ collector is its capacity to adjust the sample volume between 10 and 6,000 liters, with a nominal flow rate of 100 liters per minute (not adjustable). Finally, it is important to note that the germ collector is a portable device that can be battery-powered and easily transported thanks to its durable carrying case, although it can also be connected to the network via a cable. Manufactured by PCE with reference PCE-AS1.
Specifications
Specifications
- Air germ collector for microbiological contamination control.
- Ideal for the pharmaceutical industry, food and beverage manufacturing, hospitals, cosmetics industry and environmental measurements.
- Based on the impaction principle, with standard Petri dishes.
- 99 memory spaces for 2,000 measurements, with date, time and volume.
- Sterilizable sampling head.
- LCD display with backlight.
- Simple use and compact and manageable design.
- Free volume adjustment between 10 and 6,000 litres.
- Nominal flow of 100 liters per minute (not adjustable).
- Portable, battery powered and rugged carrying case.
- Network connection via cable.
- Gross Weight: 6.0 kg
- Number of packages: 1
- Master-pack: 1
Technical terms
- Battery charging cycles
Battery charging cycles
When calculating the life of a battery it will be necessary to know the number of charge cycles that can be performed until the battery does not begin to lose its capacity.
Depending on the type of battery these charging cycles can vary, the most common being the mobile batteries, manufactured Li-Ion or Li-Po, which have a duration of between 300 and 500 charging cycles according to model and manufacturer.
Once thisE limit we will notice how the battery loses duration of operation, arriving to lose up to 25% of its capacity of load.
At this point it will be necessary to evaluate a battery change.
It should be noted that usage and charging habits can significantly affect battery life. For example, factors such as heat, charge the battery several times a day without it is almost exhausted, etc. Will be affectedits duration.
Therefore, to get the most out of the battery we must know when a full charge cycle is performed, and try to avoid misuse of charge, to increase its useful life.
A charging cycle is considered when the battery has been discharged or its 100% charge has been used.
The manufacturers advise that the charge is never made below the 58% battery, since the battery voltage would not fall so lowTo, so you could end up winning up to 4000 charge cycles.
Tips to increase the life of a battery.
Depending on the type of battery these charging cycles can vary, the most common being the mobile batteries, manufactured Li-Ion or Li-Po, which have a duration of between 300 and 500 charging cycles according to model and manufacturer.
Once thisE limit we will notice how the battery loses duration of operation, arriving to lose up to 25% of its capacity of load.
At this point it will be necessary to evaluate a battery change.
It should be noted that usage and charging habits can significantly affect battery life. For example, factors such as heat, charge the battery several times a day without it is almost exhausted, etc. Will be affectedits duration.
Therefore, to get the most out of the battery we must know when a full charge cycle is performed, and try to avoid misuse of charge, to increase its useful life.
A charging cycle is considered when the battery has been discharged or its 100% charge has been used.
The manufacturers advise that the charge is never made below the 58% battery, since the battery voltage would not fall so lowTo, so you could end up winning up to 4000 charge cycles.
Tips to increase the life of a battery.
- Avoid extreme heat or cold or very long applications of the device.
- Charge the battery as often as you can.
- Fully discharge the battery from time to time.
- Do not let the battery run out completely before charging.
